IndraLab
Statements
sparser
"Given that OTUD6B is integrated into the Cullin 2-Elongin B/C complex, it’s interesting to speculate whether it can form additional E3 complex besides pVHL to play a more general role together with Cullin 2-Elongin B/C. In addition, why does pVHL only bind with OTUD6B but not other OTU family members, such as OTUD6A? To this end, further structural study regarding the difference between the N-terminal domain (NTD) of OTUD6B and OTUD6A could provide more insights."
sparser
"In addition, OTUD6B depletion reduced the inhibitory effects of ectopic pVHL missense mutants on cell migration and HIF-2α level, except for pVHL I151T. Thus, we speculated that I151 residue might be one of key sites of pVHL binding to OTUD6B. These results suggested that OTUD6B is an important regulator for the stability of pVHL missense mutants, which provides a potential therapeutic strategy for ccRCC with VHL mutations."
sparser
"In addition, OTUD6B depletion reduced the inhibitory effects of ectopic pVHL missense mutants on cell migration and HIF-2α level, except for pVHL I151T. We speculated that I151 residue might be one of key sites of pVHL binding to OTUD6B. Altogether, these results suggested that OTUD6B is an important regulator for pVHL missense mutants, which provides a potential therapeutic strategy for ccRCC with VHL mutations."
sparser
"At the same time, we observed that OTUD6B depletion reduced the inhibitory effects of pVHL wild-type and the mutants on cell migration and HIF-2α level, except for pVHL 151T mutant (Fig. xref a and b), suggesting that I151 residue might be one of key sites of pVHL binding to OTUD6B."